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PHS540Summer2011
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State of Classical Science in 1900
Line Spectra
Photoelectric Effect
Blackbody Radiation
Rydberg Equation
Nucleus
Introduction to Quantum Mechanics
Energy Levels
Wave functions
One-Electron Atoms
Multi-Electron Atoms
Simple Bonding
Bonding in More Detail
Special Topics
Electron Microscopy
Proton Induced X-Ray Emission
Scanning Probe Microscopy
Nuclear Magnetic Resonance
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End of Semester Projects
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All Pages
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Beginnings of Quantum Mechanics
Blackbody Radiation
Bonding in more detail
Electron Microscope
End of Semester Projects
Energy Levels
Geometry of Lattices
Line Spectra
Links
Multi Electron Atoms
Multi-Electron Atoms
NMR
Nucleolus (plum pudding)
One Electron Atoms
Overview
Overview of Bonding in Detail
Photoelectric Effect
Resources
Rydberg Equation
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H2 Walls.py
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bohr model.py
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Here, you can see how a charge that is radiating accelerates. That radiation is not conserved, it creates a paradox.
H2 H2+ molecule.py
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Here, you can see the physics of simple harmonics becoming the Morse potential.
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